Water jet pump, with G ¾" female thread
Maintenance-friendly and performant pumps for smooth and reliable filtration. A complete product range for one to 6-branch filtration systems. Sartorius pumps use state of the art technology making robustness one of their best features. Whether you would like to use a vacuum flask or prefer a flask-free solution (Microsart® e.jet), Sartorius pumps will answer all your needs and help you save space without compromising on performance.
Item no.: 16611
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Water jet pump with G3/4 female thread
The Microsart® e.jet vacuum laboratory pump is designed to create sufficient vacuum for filtration and unlike traditional vacuum pumps, it allows simultaneous transfer of the filtered liquid to waste. The Microsart® e.jet Transfer Pump is ideal for sample filtration in Microbiology achieving a trans membrane pressure below 700 mbar in compliance with ISO 8199 (Water quality - General guidance on the enumeration of micro-organisms by culture). Constant flow rates and a defined maximum vacuum guarantee smooth and reliable filtration. The Microsart® e.jet Transfer Pump greatly reduces operating complexity and is an ideal accessory for 3-branch and 1-branch manifolds. The Microsart® e.jet is designed to pump both gas and liquids, meaning no loss of efficiency or malfunctions from water drawn into the pump head.
The vacuum pump series Microsart® maxi.vac and Microsart® mini.vac provide up to date technology for daily use in the Microbiology laboratory environment. They are electric neoprene membrane pumps and therefore oil- and maintenance-free with a low noise level. The vacuum produced by these pumps is controlled and can be easily adjusted to your specifications. Thus sensitive cells (e.g. bacteria) are concentrated on the surface of a membrane filter under better conditions, which results in decreased mortality of the cells, higher recovery rates and shorter incubation times.System with suction flask Sartolab RF complete units, the all-glass filter holder type 16309 and the 47 mm polycarbonate holder type 16510, are supplied with a filtrate receiver flask and can be connected directly to the vacuum source with a vacuum hose. All other holders must be fitted onto either a suction flask or a manifold. Additionally to the vacuum hose and source, a suction flask and a suitable bored stopper is necessary. The vacuum source can either be an electrically driven pump, a water jet pump or a hand operated pump. Avoid liquid filtrate flowing into the electric pump. This can be achieved by using a Vacusart unit with hydrophobic PTFE filter when the suction flask is filled or foamed over. When a water pump is used, this combination avoids that water flows back into a suction flask. Alternatively, the use of a Woulff’s bottle makes a visual control possible. Such a bottle is also useful for a simple adjustment of vacuum with filter holders without a tap for vacuum control. Systems with manifolds Polycarbonate holders type 16511 can be fitted directly onto 3- or 6-branch manifolds. Glass holders require adapters. Also stainless steel holders can be mounted by using adapters and multi-manifolds. The complete manifold systems described on the previous page are far less expensive and more convenient to use. Additionally, a vacuum hose and a source are required. When an electrical pump is used, a vacuum resistant container must be inserted between manifold and pump. The insertion of a Vacusart unit in the vacuum line between the container and the pump is recommended. Further useful accessories Forceps are very important for the use of the membrane filters.
Primary Product TypePumps
Type of PumpWater Jet Pump
Food & Beverage
- Food & Beverage